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May 04, 2016A conversation with Prof. Thomas J.R. Hughes from The University of Texas at Austin49 minutesPlayProf. Thomas J.R. Hughes is a leading authorityin engineering science and appliedmechanics, recognized for his ground-breakingcontributions to the computer-aided analysis of problemsin fluid and solid mechanics. This AMR audio interview explores hisexperiences at the interfaces between research and design, academiaand industry, and innovation and integration, his uniquecombination of gumption and curiosity, and how a flailing fire hosemay have inspired a revolution in vascular surgery....moreShareView all episodesBy Harry DankowiczMay 04, 2016A conversation with Prof. Thomas J.R. Hughes from The University of Texas at Austin49 minutesPlayProf. Thomas J.R. Hughes is a leading authorityin engineering science and appliedmechanics, recognized for his ground-breakingcontributions to the computer-aided analysis of problemsin fluid and solid mechanics. This AMR audio interview explores hisexperiences at the interfaces between research and design, academiaand industry, and innovation and integration, his uniquecombination of gumption and curiosity, and how a flailing fire hosemay have inspired a revolution in vascular surgery....more
Prof. Thomas J.R. Hughes is a leading authorityin engineering science and appliedmechanics, recognized for his ground-breakingcontributions to the computer-aided analysis of problemsin fluid and solid mechanics. This AMR audio interview explores hisexperiences at the interfaces between research and design, academiaand industry, and innovation and integration, his uniquecombination of gumption and curiosity, and how a flailing fire hosemay have inspired a revolution in vascular surgery.
May 04, 2016A conversation with Prof. Thomas J.R. Hughes from The University of Texas at Austin49 minutesPlayProf. Thomas J.R. Hughes is a leading authorityin engineering science and appliedmechanics, recognized for his ground-breakingcontributions to the computer-aided analysis of problemsin fluid and solid mechanics. This AMR audio interview explores hisexperiences at the interfaces between research and design, academiaand industry, and innovation and integration, his uniquecombination of gumption and curiosity, and how a flailing fire hosemay have inspired a revolution in vascular surgery....more
Prof. Thomas J.R. Hughes is a leading authorityin engineering science and appliedmechanics, recognized for his ground-breakingcontributions to the computer-aided analysis of problemsin fluid and solid mechanics. This AMR audio interview explores hisexperiences at the interfaces between research and design, academiaand industry, and innovation and integration, his uniquecombination of gumption and curiosity, and how a flailing fire hosemay have inspired a revolution in vascular surgery.